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    <br/>第四章 德塔 Socket 流可编程数据库语言引擎系统
    <br/> 作者: 罗瑶光, Author:Yaoguang.Luo<br/>
    <br/>
    <br/>基础应用: 元基催化与肽计算 编译机的计算存储机
    <br/>
    <br/>PLSQL语言
    <br/>
    <br/>Gitee 20190820 感想: 设计plsql的编译机,. 做这个项目发现2012年接触的对象化序列化
    编译技术, 非常有价值. 2016年我搞了2个月jvm的 native虚拟机当时想弄懂jvm openjdk的native
    函数编译原理, 我之后用go模拟了下, 我用386asm做plan9 贝尔的 go函数swap 做了3个月实验,
    发现编译好的函数名其实 只是一串字节码, 这个字符串仅仅需要一个call 就可以在指令中调用了, 我
    得到一个灵感, 就是传统的编译 过程我认为是: 程序 -> 指令 ->机器码 -> 执行. 在编译原理中,
    我总结了下其实是: 程序 -> 序列化 功能对象 -> 编译机器 -> 调度-> 机器码 ->执行. 有了这些
    基础, 我开始尝试将我的 plsql 代码 转换 成函数先, 然后这些函数进行编译机调度, 然后再进行功能
    增删改查执行.
    <br/>
    <br/>另外我还要感谢印度基督大学 的 操作系统 和微机原理 这两门课, (2008)***去主观情绪***.
    <br/>
    <br/>Implements of PLSQL compiler, notes on Gitee, 2019-08-20.
    <br/>
    <br/>The author did well fundament of MCU of 89C51 after 2006 (NAA),
    an Adv MCU of 8085 and Operating system at 2008~2009 (Christ
    University), MCU of 485 and Propeller (TYCO, 2009) MCU of 28XX at 2010
    (Shanghai Electric), and MCU of Stamps (Javelin, Basic and Propeller,
    Cal Lutheran) at 2012~2013. Seem cool about this domain, the author then
    did experience in 386ASM and Plan9 by using Go, Jvm natives read
    images, and call jumps simulation of compile-stacks. He considered the
    traditional compile map of Program-> Structs-> Binary code-> Execution
    (PSBE), which could be in fact the map of Program-> Sequenced list of
    functional classes-> Classes translation-> Schedule plans-> Binary
    code-> Execution (PSCSBE). After a truly proved of Deta PLSQL, he
    considered PSCSBE could be used in the Creative Languages. Author
    YaoguangLuo 稍后优化语法
    <br/>
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